SCIENTIFIC ABSTRACT ANISOVA, A.A. - ANITESCU, C.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000101630005-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: April 3, 2001
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

APP:,-,GAIIZ, 11.11.; AMSOVA, A.A.; GOHBUNIOVA, V.I.; Z111-TYDO, A,T.; IYONTOVIC11, V.A.
Fffec'. of C-vitamirlizat!on of donor3 on the ;~reservaticn of the
phagocy~ic reaction and the vitzamln C lf~-vei in laucocyteS StOrE-.d
Under refrigeration. Probl. gemqt. I perel. krovi 10 no.1:45-47
Ja 165. (M!,RA 19:1)
1. ba-boratoriya konservirovanlyn krovi yro". F 7x. Vinogral-
Finkel') TSantrallnogo instituta aernatologii i perelilvaiiva krovi
Wnisterst.va zdra-.,ookhr&neniya SSSR i vitaminnaya laboratoriya
(zav. - prof. S.N. Matsko) institima vItaminologii, Mosyya.

A &.I,*, inzh.; SHADLTRSKIY, P.A., Irand.tekhn.nauk
Working a peat deposit by the-excavator method without leaving
strips between the sections. Torf. prom. 35 no.3:30-31 '58.
(MM 11:5)
I.Beloruaskly gosu&&rstvenny7 inatitut po proyektirovani7u zavodov
torfy&noy promyshlennosti (for Anisovich). 2.Inatitut torfa AN
BSSR (for Shadurskiy).
(Peat)

ANISOVICH, G.A.; GRIMVICH, R.N.
Hardening of metal in a nonsymetrical mold. Dokl. AN BSSR 3 no.8:
345-349 Ag '59. (MIRA 12:11)
1. Predstavleno akademikom AN BSSR X.V. Gorevym.
(Founding)

o,,,
re;ien t,~~d c! fc-cnc~! k,:~ t i t
fl'o in"it. of

ANISOVTCIIO G.A.
.. , --- ------- 1- ,
Experimantal. investigation of the temperature field of castings
solidifying in molds* Sbar.nauch.trud,Fis.-tekh,inst.AN BSSR
no*6:172-177 160a (MIRA 14:6)
(Holding (Founding)) (S-)lidification)

ANISOVICRY G.A.; GRINKEVICH, R.N.; KRAVCHEINKO, Ye.V.
Determining thermophysical coefficientB for nonmetallic materials.
Sbor,nauch,trud,Fiz,-takhoinst.AlI BSSR no.6:183-192 160. *
(MIRA 14:6)
(Vometallic materials-Thermal properties)

40
S/123/62/000/013/Oi8/021
A,104/AIOI
AUTHORS: Anisovich, G. A., Grinkovich, R. N., Kravchenko, Ye. V.
TITLE: Determining the thermophysical coefficients of' nonmetallic materiais
PERIODICAL: Reforativnyy zhurnal, Mashinostroyeniye,-no. 13, 1962, 4, abstract
13G21 C'Sb. nauchn. tr. Fiz.-tekhn. in-t AS B3SR", ig6o, no. 6,
183-192)
TEXT- The thermal propertio-s of the mold considerably nffect tho forming
process of the casting. Thus, e.g. itis possible to change by severai times the
metal freezing rate and, 6onseqiiently, affect the properties of the casting, by
adding wood sawdust or cast-iron filings to the molding mixiure. The thermal
properties of the mold do not only depend on the composition, but also on the
temperature of the metal to be cast. In conne ction with this problem, a theory
has been developed and a method tested to determine the thermophysical properties
of materials in the non-study state at different temperatures. In the test, the
thermophysical coefficients are determined by pcuring metal at the crystallization
temperature into the mold being tested. According to the test data, the thermo-
physical coefficients of molding mixtures can mainly be calculated with the aid
Card 1/2

S/123/62/0oo/bi3/bi8/oPl
Determining the thermophysical coefficients of,.. A004/A101
of iwo methods - the graphic analytical and analytical methods. In determining the
therimophysical properties of materials by the graphic anhlytical method it is
necessary to carry out a graphical differentiation and Integration of the experi-
mental curve describing the temperature distribution in the mold. This method is
very cumbersome, labor-consuming and of insufficient accuracy. To determine the
thermophysical propertiec~ of materials by the analytical method, it is necesarry
to know the function t - f (x,7-),' describing the temperature field of the mold.
This function can be presented in an approximate form. In this case the truth of
the results obtained will depend on the degree of accuracy with which the assumed
function describes the actual temperature field of the mold. The authors suggest
an approximate method to determine the coefficients with the aid of a parabola of
the nth crder or of an exponential curve, developed further from, the -,-,ethods by
A. 1. Veynik, O..Yu. Kotsyubin 'slily and A. S. Khinchin. Both methods are based on
the classical solution of the proble;,,i on the temperature field of a semi-limited
body at boundary conditions of the first kind.
[Abstracter's note: Complete traw;~dtioni
Card 2/2

VETilK, A.I., drltr~r tek)m. ,~kf kitr,d. teklin.
"Power engineering" by B.I. Baklhjna~,.hi~v-~,kil and Otherii. RevIewed
by A.I. Veinik and G.A. ZIIV*,* f-'I'Xrj!.
7 no.11:125-1-26 11 (MIRA 18zl)
1. FJzikc)-teMiniche,,;kiy institut 11"! FOSR.
MI BSSR (for Veynlk).

SOURCE C.0D11 UjV0386/65/002/009/0439/0442 A
LA
%A
AUMOR Anisavigb. I. V,
ORM none
TIM., SiMle high-4kerm scr,++siW ~Ddex
SOURM Zhurml eksperimentallmy-1, tioretichosboy Mild. Pis Ima v
Prilozheniyeo ve '2 hoo 9p_ 105 .439-42
TOPIC TAGSt sea Ittering cross'sectionp!xtrong "clear 'interaction 64" 44*441tz"'.
ABSTRACT: In -view of recent attemptwto.consider high-energy scattering! in, the fr.&M.
work of SU(6) or SU(3) . synnetry,together with some-additional aosvzptions concerning:
the character of tht interaction,prooo .so. the"author considers a model"in wbich'alfts-
tic forward scattering Is only Via-4ingle quark-antiquark scattering., Thin,mbd6l. a'
similar to the model of:Ye.,,H~ Ur4i.vid L* Le: Frankfurt '(Pisl.ma ZhETF 1. 2., 10%
i,965).-~but:it in as-sumed here that,Aheohly essential-quark interactions areAhose
leadij* to~bound4tates (meaons and baryons), and the remaining intera~.ion
It i sfurther assumed that Sne 'Under thes is=
small. syme ry obt ionsp-:
the meson-Uxyon forward- scattering: &*plitudeo are. expres'sed in terms of two su(6)
invariant'quark-antiquark ocatterl o (syn;olet and 35-plet) and in terms
Mg "plitude Of
two three-,quark scattering anpUtudes: (56-plet' and 70-plat) . This leads ~ to the' sam''
relations betwaen~ the cross xeAlons an obtained earlier by No Johnson and S.:, B0
7~reimnh (fts. Rev. Lett. Y. 14j, Oqj:~ 1965) and by Levin and Frankfurt. In this- aode,3
Card

L'12046-;-" Bff -27
ft/EWA W 0
jaw SOURCE CODE. UIR/0386/65/002/012/0554/ 55T
.AUTHO'R: v.
Ir I. /. - 'Y'
~Opao. 1114'WAs -of High-Energy Plwsics (Institut fiziki vysokikh energiy)
1TITIZ: Prediction of masses in mesonic multiplets in the ;simple quark model
7SOURCE: Zhurnal eksperimentallnoy I teoretichesko7ANA. Pis1ma v redaktsiylus
:Pri3.ozheniyep Y. 2. no. 32, 1965y 554-557
TOPIC TAGS: elementary particle, strong nuclear interactionp baryon, meson, parity
'principle
!ABSTRACTi This is a continuation of an earlier paper by the author (with Ya. I.
AzImov et al., ZhETF Pialma v. 2j 109, 1965)p which discussed, within the framework
of su(6) symmetryp a model of higher meson resonances, consisting of a quark and
antiquark in a state with orbital angular momentum L -a 1. It Is shown in the pre-
.sent paper that recent experimental dixta on several meson resonances fit the fore-
going model well. The experimental data presented are taken from the proceedings
of the oxford conference (September 1965) and from the reviews by A. H,.,Rosenfeld
et al. (ucnr8o3o, 1965) and by S. Goldhaber (ucn-i6295s 1965). It it shown in
particular that the mass 1.0litting can describe qualitative3,v the heavier third
Auark in some nonets and in the barygn resonances. This circumstancep and also the
Card 1/2

L 12046-66
fA-.c M:-- AP06-M-266,0-
;successful prediction in the simple quark model of quantum numbers and masses of
:certain resonances signi* either that the mass splittings inside the multiplets
.are actually described qualitatively vitb the aid of a heavier third qwwk., or else
that there exists a higher symmetry that unifies all the resonances (includi
baryonic ones). For example# the recently discovered resonance M, in the
spectrump vith mass 3.280 Mev (S a 2jo T a 1., JP - 0*+, 2*) offers a good possibility
of checking vhether the splitting in multiplets with a.large number of quarks and
'antiquarks can be* qualitatively desciibed by the heavier third quark. Although
some resonances necessary to confirm the proposed modU- have not yet been observed.,
1 4 . .
ttbe experimental &6euracy is insufficient to conclude that they do not exist. If
,the predicted resonances are observedp this vill serve as a serious argument in
!favor of the simple model. Their absence wil.1 indicate the need for searching for
'a broader symmetry that unifies all the resonances vith identical splittings.
SUB CODE: 20/ SU3314 DAM O~NovOl ORM UPt 00.1/ Om MW.- 005
Card-.2/P,

L 11969-66 Drr(m)
ACC NR.-, AP6001164 SOURCE CODE-.- UR/0367/6.5/002/003/0562/0564
AUTHOR: Anisovich,~.V.; Fomin,:4.V,`.
e~,
ORG- Physlootachnical Institute im. A. F. loffe I -P.&demy of Solenoes SSSR (Flziko.;
tekhnicheeldy institat Akademil nauk SSSR)
TITIX : Effect of singularities of triangular diagrams with decay masses on mass spectra
of the systems fr+ Aim, It ED" and ic +
SOURCE: Yadernaya fizilm, v. 2, no. 3, 1966, 562-564
TOPIC TAGS: pi meson, meson interaction, proton
ABSTRACT. The. Influenoe of logarithmic singularities arising in the triangular diagram
shown in Fig. I on the corsa sections of the reactions and,' K
;A
and on the mass speotruxn of the system. r~~W, was studied. it is shown i&t ea6Aja-
grams oan lead to anomalies in the areas sections (or in mass spectra) amounting 6D as I
t'M''-' '-zci-_238jGe
much as 10 to 20% of the backaound a I ..xaj, ~ t. V,, -9. 2.62 GeV, and
-~T~,4' oev. The appreciable magnitude of these anomalileg permits their experi-
iiiiiW- observation at the present time. Aftors are grateful to N. B. Brovtma for
LC4LrO-2/2

L 11969-66
A00 NRII 0600114Y
~-
A
0,

Ar

Fig. 1. Triangular diagram of reaction process.
assistance in performing the numerical calculations. orig. art. has: 3 figures.
SUB CODE: 20 SUBM DATE: 09Mar65 OTH REP: 007

Lgqrd 2/2

AUTHORS: Anisovich, V. V., Ansellm. A. A. 56-34-4-32/6o
Parity in the Processes of the Capture
TITLE: The Non-Conserva
of a Neutrino by Protons and Deuterons (Nesokhraneniye
chetnosti v protsessakh zakhvata neytrino protonami i dey-
tronami)
PERIODICAL: Zhurnal eksperimentallnoy i teoreticheskoy fiziki, 1958,
vol- 34, Nr 4, PP- 995-997 (USSR)
ABSTRACT: This paper gives formulas for the cross sections of the induced
P-decay of the protons (p +v -,-n + e+) and of the deuterons
(d +~7-,>2n + e+), taking into account the polarization of the
impin~ging antineutrinos, In this connection also the target-
-nuclei are presumed to be polarized. First of all an expres-
sion for the density matrix of a polarized particle-beam with
the spin 1/2 and the mass 0, is written down. In the tests
dealing with the induced P-decay, neutrinos which are emitted
from a reactor are used. Under these conditions a polarization
of the neutrino other than the longitudinal one is difficult.
The computations carried out in the usual way lead to quite
an extensive expression for the cross section of the capture
Card 1/3 of an antineutrino by protons. The expression is Fiven in this

The Non-ConservaidmciParity in the ProCe3S of the 56-34-4-32/6o
Capture of a Houtrino by Protons and Deuterons
paper. Let the Hatiltonian of the interaction be assumed to
have the same forr. as with T.D. LeeAnd C.N. Yang (Ref 2). At
the capture of a neutrino by polarized protons it is possible
to determine whc~_ther parity with respect to time is conserved
in this process. By measuring the total number of electrons,
flying right and left of the plane q, 7, the expression
0+ -a,_ = (a 7/40P~2 sinOis obtained for the difference of the
cross sections. q denotes the momentum of the impinging anti-
neutr.inov, the polarization vector of the protons and(9- the
angle between q and If parity with respect to time is main-
tained, it is ty ~ha_t o4 = c-, The main consideration of the
authors is in this case the fact that the neutrons are produced
mainly in the S-state at the reaction d+~ ->2n +e+ and that
p4_ i)2/4?-',F_,N +)r+ Thia is not valid, how-
ever, for other reactions, e.g. K + N - N + K + 'i't' . There are 2 figures.
AS".0CIATION: Fiziko-tekhnicheakiy institut im. A. F. Ioffe Akademii na-1k
56SR (Physicotechnical Institute imeni A. F. Ioffe of the
Academy of Sciences USSR)
Card 3/4

!i/056/63/044/001/056/067
Angular dietributior of.... B111/B102
SUBMITTEDt July 7, 1962
Card 414

L 10209-63 SPY (n) -2/%W (M)/BDS-AFM/ASD/
30-PU-4
ACCESSION:NRo' AP3000055, s/Oo56/63/O44/OO5/1393/i6b2_
AUTHOR: Anisovich, Ve V*
67
Tlr=: Positive-kaon to three pion decay and pion-pion interaction.
SOURCE: Zhurnal eksper,.i teoret, fizi.ki, v. 44, no.- 5. 1963, 159j.1662
TOPIC TAGSi kaon to pion decay,, pion-pion interaction, dispersion relations
strong-interactions
..ABSTRACT: Experimental* data for the 3 Pi decay modo of the positive'kaon-am
ccmpared with formulas obtained on the assumption that, the 3election rule MITA
1/2 holds,.and that the a-vave.scattering lengths of the pions in states
with isotopic spins 0 and 2 are less than or nearly equal to unity. It Is
shown that these formalas agree with experiment when these scattering lengths
are =all, but owing to the large. experlmntal errors It is IMobsible, to drav
any conclusions about the values of these scattering lengths, Dispersion.
written for the
Itudes without assuming'the
relations are then.
a-vave scattering lengths to be-smallm, The dispersion relations written by,
Card
1/2

L 102D9-63
ACCESSION NR: AP3000M...
1(huri and Treiman for the K --,3 Pi reaction are discussed In comiection vith the
Integral equation for the K-decay, amplitudes. The integration equation obtained
hai.a'unique.'solution and.cin bi solved numerically. "The author is deeply
grateful to- Ansellm and G, Daniloy for useful discussions." Orig. art.
has:. 24 i:mAlf&and 3 ;igureg*
ASsoCIATION: Miko-tekhnicheskly institut im. A, F. loffe Uademii nauk SSM,
(Physicotechnical Institute. Aeadegr of Sciences
SUMMED: o4Dec62 DA7s Acq.~ i 2jun63 ENCL: 00
SUB CODE:- PH NE JW SOV: 007 on=: 011

A=SSICN NR: AP4025955 S/0056/64/046/003/1152/3155
AUIHOR: Anisoviazo V. V.; Dakhno, L. G.
TITIE: . Ccnoeniing the character of interaaticn at low exar~ples of pions from
the reactions p +.d-i-W + 2w and it + N -P. N + 2w
SOURCZ; Zhurnal ek-sperimentallnoy i teoretideskoy fiziki, v. 46, no. 3, 1964,
1152-1155
WPIC TAGS: pion deuterm reaction, pion nucleon reaction, production "litude,
logarithmic singularity, logarithmic singularity location, pion production pro-
bability, pion scattering length
ABSTRAM It is shown that the difference between the behavior of the energy
distr-ibutions with respect to S1 2(the total c.m.s0energy/of the produced pions)
in the reactions p + d -* He3 + 2w and w + N -* N +, 2w at s' 2 -- 2 ran be attribu-
ted to -the presence near s = 4 of a logarithmic singularity in the production
anplitudes, discovered by Aitchison (Logarithmic Singularities in Processes with
Two Final State Interactions$ Preprint, 1963). 71%6 location of Aitchis6n's loga-
rithdo singularity depends on the total energy of the "em, and its effect on
the two foregoing reactions is discussed in detiil. It is shown that the
Card ', 1/3

ACCESSION NR: AP4025955
closeness of the logarithmic singularity to the physical region can lead to two
different effects: (1) a sharp increase in the probability of picn production
when s is close to 4, or (2) to an equally sharp decrease in the probability of
Production at s * 4. The facts obtained sem as further evidence against,the
deductions by A. Abashian et al. (Phys. Rev. letters v. 6, 2589 1960) that the
scattering length (ao) is a larp quantity. Th the omtmry ao < 1. Orig. art.
%
has: 1 formilas and 2 fipa%as.
ASSOCIMON: Fiziko,-tekhnicher-kiy institut im. A. r. Ioffe-M SSSR (Physioo--
J
technical Institute AN SSSR)
SUBMr=: Wan64 DATE ACQ: 16Apr,64 ENM: 01
SUB CODE: PH NR IMF SOV: 003 OMM: 000
Cord

ACCESSION NR: AP4031152 S/0056/64/046/004/1307/1319
0
AUTHORS: Anisovich, V-1V.; Dakhno, L. G.
TITLE: Three particle production near threi3hold with resonance in-
te.-action of two particles
SOURCE: Zh. eksper. i teor. fiz., v. 46, no. 4, 1964, 1307-1319
TOPIC TAGS: parLicle production, ol,~mentai--y ppai-ticic, resonant scit-
toi-j-ng, micloon ,;c--ittering, nucleon collision, nucleon interaction
'he cross sections of thi.-2 reaction N f N -, N + N + p near
th)-c~.'Allold are, calculated and it iv shown Lhat tho Watson-Mi.gdal for-
mu la
(K. 2M. Watson, Phys. Rev. v. 813, 1163, 1952; A. B. Migdal,
-1 1. z S
v. 26, 10, 1955), which describes such reactions no, 3- 11-11, e hold,
ar
,n be kiscd to analyze three-particle production near ik-.hrei-,hold in
C
t'he casc of resonance interaction between two of the particles. The
corrections of order E 1/2 to the 'Hal-son-Migdal form"la are obtained
Card 1/~-

ACCESSION NR: AP4031152
by a dispersion technique, and depend both on the relativo momenta of
the produced particle' and on the total kinetic energy. Tl-ic produc-
tion of three neutral spinless particles with different mil,;sos, is
corizidcred in which case tht? corrections of order E 1.12 have
the form of definite simple integrials. This is followed by an ana-
lysis of reactions in which the masses of the renonant interacLing
larticlos are much larger than the mass of the third particle, in
which case ~_hc corrections can be calculated in a general f-11-11n in
ternis of analytic functions. The corrections are given ij, terms of
the thr(2shold-energy three-particle production amplitude, effective
radius, and scattering lengths of the production particl,.-s. "The
ul everal
a
thors are grateful to A. A. Ansel'm for a discussion cz
problems." Orig. art. has: 10 figures and 26 formulas.
ASSOCIATION: Piziko-tekhnicheskiy instituv im. A. F. loffe Akademii
nauk SSSR (Physicotechnical Institute, Academy of Sciences SSSR)
Card 2/3.,

ACCESSION NRi AP4042395 S/0056/64/047/001/0240/0247
AUTHOR. Anisovich, V. V.
TITLEs K 3 Pi decay and the interaction between pions at low
energies
-2
SOURCE: Zh. eksper. i teor. fiz., v. 47, no. 1, 1964, 240 47
TOPIC TAGS: pion, pion pion interaction, K meson,, meson reaction,
energy distribution, angular distribution
ABSTRACT: The dispersion equation obtained by the author earlier
(ZhETF v. 44, 1593, 1962) for the amplitude of the K-31T decay, is
solved in the present article with the aid of an iteratio,,~ procedure
for the case when a is large and a = 0 (a 7_ pion scattering
0 2 T .
length in a state with isotopic spin T). The energy and angular dis-
tributions obtained in this manner for the reactions e- . 27r� + 74
are compared with the experimental data for a0 1, 2, 3 and it is
1/2

ACCESSION NR: AP4042395
found that theory and experiment agree well only if a0 - 1, thus in-
dicating that a0 is of the order of unity or less. This contradicts
the earlier results which implied that ao is small. It is therefore
concluded that to obtain more accurate information on the character
of pion interaction at low energies by using the formulas derived in
I the present paper (or the formulas derived in the earlier paper) can
be obtained only if the experimental accuracy is increased. "The
Author is deeply grateful to A. A. Ansell.m and G. S. Danilov for
useful discussions and to T. Yu. Andriyevskaya and N. V. Koroleva
for the numerical calculations." orig. art. hass 5 figures# 8 for-
mulas, and 1 table.
ASSOCIATION: Fiziko-tekhnicheskiy institut im, A* P. Ioffe Akademii
.n~uk SSSR (Physicotechnical Inatitute, Academy of Sciences,SSSR)
SUMMED: 14Jan64 ENCLs 00
SUB CODE: NP NR REP SOVt 002
2/2
OTHERs 004

ACCESSION NR: AP4043658 S/0056/64/047/002/9771/0773
AUTHORS: Anisovich, IV* V.l Hookalevo A. N.; Fomin, Ve V.
TITLEt Xnfluence of logarithmic singularities on the parameters of
certain resonances
SOURCE: Zh. eksper. i teor. fiz., v. 47, no. 2, 1964, 771-773
TOPIC TAGS: resonance scattering, omega meson, sigma particle,
pion, rho meson
ABSTRACT: The purpose of this note is to call attention to the fact
that resonances in the systems pr (A-resonance), wir (D-resonance),
and Zn (Y*-resonance) were investigated in the past in the majority
0
of cases under conditions in which the spectra of the particles p7t#
am, and Yff# in the region of resonant values of energy could be
strongly influenced by logarithmic 'singularities of the type indi-
cated by 1. J& Re Aitchison, (Phys& Rev* v, 133# B1257, 1964),
Card 1/2

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AZIMV, Ya.l.; ANISOVICH, "I.V.; ANIJELIm. A.A.; PANILOV, G.S.; 1'.YATLOV, I.T.
On certain mass formulae in a quartet model. lAd. fiz. 2
no.3:583-584 S 165. (FJRA IP:9)
1. Fiziko-tekhnicheskiy institut Jm. A.F. loffe AN SSSR.

ANTSTRATENYO, D.1-I.; CHEHION53, L.T.; MASIMSFAYA, ~.P.
Agrovetecrolr~gical conli+ no rf tht- f,,rraiti(n rf a rf
spring wh-vit of differmit, tivios of soving in tht- Vlre~n Tcrr!ttory.
Trudv KazNIGMT no.2Z!l33-146 165.
(MITIA

t 832&-,% air 60/w (t I Awp (b) up(a) I JD.
UP10286/65/00041510673100741
ACC MRs AP5025722 SOURCE CODE:
INVENMR: Anitov 0; s2rov 4 M. A.; Khvostyntsev K. I
[ORG: none
TITLE: 4igh-stren Itanium--b-91t Loy. Class 40, No. 174795 [announced by the
Organization of the St de Committee of Deftege Engineerin4 USSR, (Organizatsiya gosudarst-
vennogo komiteta po o'boron oytekhnike USSR) j Vf.
SOURCE. Byulleten' izobretenly i tovarnykh znakov, no. 38, 1965, 75
TOPIC TAGS: titanium &Uoy, alumi con
_YAajLi_=cont&ining &.110y, jh nUM taining alloy, molybdenum containing &.1loy,
~roum~c6ntaining alloy
m7
ABSTRACT: This Author Certificate introduces a high-strength titanium-base alloy
containing aluminum, molybdenum, vanadium, and chromium. To improve ductility, the
alloy composition is as follovs: 2.5-3.5% aluminum, 3.2-h.5% molybdenum, 0
6.5-7.5% vanadium, 10-11.3% chromium, and the balance titanium. [ND]
SUB CODE- il/ sm DATE: oijun64/ ATD PRESS, -~41

ANISOVIGII, V.V.
Prediction of nnas.-es in -nea;on rm;ltiplots n a simple quartet
model. Pis'. v rec.. Zhur. ekspar. i teoret. fl--. 2 no.12:
554-557 1) '65. ("JIMA 19: 1)
1. Institut fizikl vyookikh e,-,erl.,iy. Si;bnaitted Nov. 3, 2965.

AZIMOVI Ya.l.; ANISOVICH, V.V.; ANSELIM, A.A.; DANILOV, G.S.; DUVITOV, 1.1'.
Possible clansification of elemontary particlon in tho quilrtot
model. Pis'. v red. Zhur. eksivr. i Woret.fiz. 2 no.31IM-13.3
Ag 165. (MIRA 18:12)
1. Fiziko-tekhnlcheskiy institut iment loffe AN S~SSR. SIII),~jjttad
Jima 3, 1965.

ANISOVICHp V.V.; DAKHNO, L.G.
Effect of strong interaotion between final-state 71-lueeons on
the protability ratios of K --;-, 3 T, decay. IAd. f iz. 2 no.4;
710-715 0 165. (MIRA 18:11)
1. FJ.7dko-tekhnicheskiy institut im. A.F. loffe AN SSSR.

'I"- -ory of rezt(*4;on:-. wash thTf(-PVrti,- 1( forv,,-t'cn r,~ar thr: 'hre-ohold.
ll.sp. fiz. n-i,.ik PT F k.-MV- 19.2)
fl~,-ikl vvsoklIda eilerfiy i

L 24~14"66 EWT W/T
ACC NRI AP6007269 SOURCE CODE; U.R/0053/66/088/OOL>/0287/03P-6-
AMMOR: Anisovich, V. V.; Ansellm, A. A.
Ol-,G - Institute of High-Energy Physics (Institut fizikl vysokikh energiy) -, Physioo_
i technical Institute 2usg (Fiziko-tekhnicheakiy infititut-V SSSR)
TITLE: Theory of reactions with formation of threeparticles Kear thresbold
SOURCE: Uspekhi fizicheskikh nauk, v. 88, no. 2, 1966, 287 -326
TOPIC TAGS: elementary particle, quantum electrodynamica, particlo interaction,
scattering amplitude, pion, nucleon, gamma. quantum, K meson
ABSTRACT: This is a review article dealing with the theoretical interpretation of
reactions with multiple production of particles, with emphasis on the determination
of the scattering amplitudes of unstable particles at zero energy. The approach used
is based on an investigation of processes connected with formation of several parti-
cles near the threshold, when the total released kinetic enerV !-. lower than the
mass of any particle, and makes it possible to develop a consistent theory that de-
scribes reactions with creation of low-energy particles in terras of a certain number
of independent parameters and in terms of the scattering amplitudes of the pairs of
produced particles. The analysis is limited to three-particle production. Kinematic
relations are derived for the transformation of two particles into three, ai~d rules
for selecting the proper Farman,diagrams are formulated. It is shown that in the
case of low-energy nucleon-nucle6n scattering the selection rules lead directly to
UDC: 539.3.2.01

L 24314-66
AP00072bg dp
the Bethe-Peierls effective-ravlius theory. The section headings are; introduction.'
1. Kinematics. 2. Fundamental principles of diagram selection. 3- Scattering of
particles near threshold. 4. Expansion of the amplitude in terms of states with
different total angular momenta. 5. Unitarity condition and calculation of discon-
tinuities. 6. Linear and quadratic terms in the exTmnsion of the amplitude with
Lot 0 in terms of the threshold momenta. 7. Cubic terms in the expansion In terms
of the threshold momenta and the general structure of.the expansion of the amplitude
with L = 0. 8. Production of threeparticles in a state with unity total angular
-momentum. 9. Resonant interaction of produced particles. 10. 7he reactions, a'+ N
+ it + v, and K- 3a decay. Appendix. Orig. art. has: 27
7figuies And-'99-foivulas.
SUB CODE: 20/ ORIG REF: 017/ OTH REF: 009
.4

ANISTAROV, V.A. [deceased]
Effect of swamped basins on the maximum runoff of spring high water.
Trudy OGMI no.15:175-186 '58. (MIRA 12:7)
l.Belorusakaya NIGO.
(Runoff) (swamps)

FUMIKO, V-yu.; SHCHIRRA10VA, K.F.; AMISTRAT, N.D.; MISMOV. Ts.X.
Now data on the interrelations between the rocks of the mikkle
and upper series In the Krivoy Rog Basin. Dokl.AN S&U 108 no.3:
535-537 MY '56. (MA 9:8)
1. Predstavlano Akademikom A.G. Betekhtinym.
(Xrivoy Rog--Rocks)

ANISTRAT. N.D,
Further improvement of woet conditions at the Chimkent Lead
Smelting Plant. TSvet. met. 33 no.6:81-82 Je 160. (KRA 1414)
(CHIMM, T-LEAD-METALLURGY)
(METALWORKERS-DISEASES AND HYGIENE)

KOPYT, A.D.; &KISTRMAO, D.P.
The problem of adequate borehole numbers in soil moisture determi-
nation. Trudy KazNIGHI no-13:89-96 '59. (MIRA 13:8)
(Xazakhatan--Soilmisture)

~~'jpAl IM
2L
nalop Wis -Ilk
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ig
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tM .

A- ISTRATENKO, I.K., dotsent (Kiyevp u1. l6ontoricha, d.5.,
. - - CHWWOVP' V. K.
Cape of the stomach fibromyoma. KLin.khir. no.6881-82 Je 262
(MIRA
16t-')
1. Kafedra gospitallnoy khirurgii Kiye,~ukogo meditsinskogo
inatituta'i Kiyevskaya bollnitsa imeni .Cktyabr'skoy revolyutsii.
(STOMACli.--TUMORS)

ANISTRA.TE,N.,KO,,V.A.; STABNIKOV, V.N.
F,ydrody-namics of dry scaly type plates of the mass transfer columns.
Izv.vys.uchob.zay.; pishch. tekh. no.3:143-150 163. (MIRA 16:8)
1. Kiyevskiy tekhnologicheskiy institut pishchevoy promyshlennosti,
kafedra protsessov i apparatov.
(Distillation apparatus) (Mass transfer)

STABNIKOV, V.N.; ANISTRATENKO, V.A.
V.V.Ka.far4Tg Pdndamentals of mass transfer. Izv.vys.ucheb.zaT.;
pishch.' tekh. no.3:174-176 163. (MIRA 16:8)
(FAss transfer)

ANISTRATENKO, V.A.; STABNIKOV, V.N.
Hydraulics and mass transfer characteristics of the spray plates
of mass transfer columns. Izv.rjV,uoheb.zav.; pishch.takh.
no.1:128-135 164. (MIRA 1714)
1. Kiyevskiy takhnologicheakiy institut pishchevoy promyshlennosti,
kafedra protsessov i apparatov.

ANISTRATFNKO, V.A.; STADNIKOV, V.N.
Ma:;s transfer characteristics of sprtt.,, plO.es. Izv.vys.llcheb.zav.;
pishch.tekh. no.lil35-142 lol.. (KIRA 1":.")
1. Klyovskiy toklinologicheskiy institnt pislichevoy promyshlennosti,
kafedra protsessov i apparat,ov.

ANISTRATFI,rUp, V.A. [Anistratenkc, V.O.J; V N. [Stabnykov, V.M. I
y . I
Hydrodynamic ard mass transl'pr chFtr,:.c tic 3 of the. spray platen
of fracticnhl and absorptinn apparwui. Fhar. prvm. no,;..-54-56 Ap-
Jo 165. (MlhA 18i5)

I
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MEN"
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lo-a6744-66 ---XWT(l),/LP19G(k)-2
ACC. NRs Ap6ollWq 8OUBM CoNt
AUTHOR: AalstratM A. 'To jj
AlokafindroyL So'
ORG: Tmtitute of Pbraicap Siberian PgarWm* Irskago
3ANSSSR (Mmstitut f"h&VIb
otdolenUm AN OUR)
'TIM: Conditions flor separate measurment, of tbe'linew m4 quadratic electro-
optical effects
SOURCEt Watellogmf1yap v6 UP no* 2P 2966j, 2"-2.98
TOPIC TAGS: electrooptic effectp piezoelectric crystalp electric polarivation
ABSTRACT: The authors show thmt~ev Vben the linear mA quadratic slectrooptical
effects exist eimltaneous2y In piezoelectric crystalep they can be meanired separate
ly by either static or dMmIo methods* The proof Is based on an evaluation of the
change occurring In the polarization constantio of such cryst&ls fbnowing solication
of an electric fieldp expressed in tam of the strain md the rotation of the optioc
axis* We conclusion Is aorroborated ty a tbeoretical waVois and It'le pointed
out in the conclusion that the possibility of separatisig the two effects i bas mv or
been eawloyed before. The authors propose to review in a Mure paper the present2y
available e3mierimental data from the point of view of their deductiom The

thank A* A* Fotchenlmy for participating In a discussion of the results., Zte
orige V
bass 13 formilaso
MM CM2. 20/ em WMI (*&-A!V mm mWs 010/ 0~1 Mtn 031
c,,d V1

ACC NRI AF6032962 SOURCE CODE: W60161%16WO6510823102~
I AUMOR: Anistratov, A. T.
ORG: Institute of Physics, SO AN SSSR (Institut fiziki So AN SSSR)
TITLE: Anomalous linear electrooptic effect in Rochelle salt
SOURCE: Kristallografiya, v. 11, no. 5, 1966, 823-825
TOPIC TAGS: electrooptic effect, Curie point, dielectric constant, electric
tion
ABSTRACT: The author investigated the temperature dependence of the linear electro-
optic effect in the vicinity of the Curie point by measuring simultandously the di-
electric constant of the free crystal and the coefficient of linear clectrooptic ef-
fect r under identical conditions. Die quantity actually investigated was p4l
c)n~a2NI, where Aa23 is the increment of the polarization constant and P, is the,
polarization; the reason for investigating this quantity is that it is expected to.
have no anomaly in the transition region. The measurements were made on X-cut single-
crystal Rochelle salt in the temperature interval +16 - 29*C in monochromatic light
(546 nm) by a procedure described earlier (Izv AN SSSR ser. fiz. v. 29.. no. 6., ~~.* 1
1965). The balance indicator was an oscilloscope. 'The measurements of p,.,. and of the
dielectric constant were made simultaneously by applying to the sample a constant
polarizing field ranging from 265 to 2" v/cm. The resultant plot Of P42. against the
temperature shows that at large electric fields (2000 v/cm)., much larger than the co-
Card 11
UDC: 548 -0 '. 53T. 2' a3

AOCNRI AP6032962
ercive fields, the value of p,,, is independent of the temperature and of the polar-
izing field. However, when the polarizing fields are comparable with the coercive
fields (265 - 700 v/cm), the deviation from constancy increases as a result of mca-
surment errors and losses due to the domain structure. An estimate of -4.4 � 0.2
x 10-8 cgs esu is obtained for p4j. The part of the effect induced by the inverse
piezoeffect is estimated at -0.6 x 10-8 cgs esu. The spontaneous rotation of the
optical axes of the free crystal is estimated at 29 - 3.10, in agreement with other
work. It is therefore concluded that the electrooptic coefficient of Rochelle salt
does not change on going through the upper Curie IAnt and is not connected with di-
electric anomalies. The author thanks K. S. Aleksandrov and A. A. Fotchenkov for
valuable advice and a discussion. Orig. art. has: 3 figures.
SUB CODE: 2o/ suBm DATE: lgju165/ oRiG REF. oo6/ oTH REF: oo8
Card 2/2

,,-LNI~;Tr~A'~OV..--YuiI.j,-gornyj inzho; WIN, S.A., gornyy inzh.; LYU1311.',('V, V.S..,
gornyy inzh.
Width of a jud when truck haulage is used. Gor. zhur. no.3:38-39
Mr 162, (MIRU 15:7)
1, 1-tookovskiy gornyy insititut.
(Strip mining)

ANISTRATOV, Y 'I., inzh.; ILIIN, S.A., inzh.; ZHURKIN, G.V., inzh.
U*
Exploitation of truck transportation in open pits under conditions
of poor visibility. Gor. zhur. no-5t20-23 My 163. (NiRA 16:5)
(Mine haulage)

ANISTRA'MV, YU.1., gornyy inzh.
Working benches in panels in the "TSentraltnyy" open-pit mine.
Nauch. trudy Moak. inst. radioelek. i gor. elektromekh. nn.46:
103-112 162, (MIRA 17:1)

RZHEVSKIY, V.V., prof.; ANISTRATOV, Yu.I., gornyy inzh.
Special shape of ore chutca for transporting ore in pits sittiated
in high mountains. Nauch. trudy Mosk. inst. radioelek. i gor.
elektromekh. no.46:155-162 162. (MIRA 17,-l)

RZIEVSKII, V.V., prof.; ANISTRATOV, Yu.I,, inzb,
brganization of continuoua movement of dump truckB in unloading
ore. Izv. vys. ucheb, sav,j gOra Shur, 6 no.4:89-90 163.
(MIRA 16:7)
1. Moskovskiy institut radioelektronild i gornoy elekixomekhaniki.
Rekomendovana kafedroy takhnologii kompleksnoy mekhanizataii
otkrytoy dobyehi polezny4h iskopayemykh.
(Ore handling)

101EVSKIY, Vladimir Vasillyevich4 AIUSTRI.TOV, Yuriy Ivanovich;
ILIIN, Sergey Aleksandr6'v1ch-j-'ZOWTJL='1' 71--D*., 1-mid. tekhn.
nauk, retsenzent
[Strip mining operations under complex conditions] OtkrTtye
gornye raboty v slozhrykh usloviiakh. Moskva, Izd-vo
"Nedra." 1964. 293 P. (MIRA 17:7)

RINANIA / Chemical Technology. Chemical Products and H
Their Aloplications. Soda Industry.
Abs Jour: Ref Zhur-.'1,h1miya,, 1959,, No 4. 12378.
Author lonescu., C. N.,- Anitescu, C.
Inst Not given.
Title On th- Problem of Obtaining Iodine In tile Rumanian
Peol-Ae's Republic. 11. Extraction of Iodine from
the "aters of Oil Vells iii Boldesti .
Orio Pub: Comun. Pcad. RPR, 1958, 8., I:o Z, 165-169.
Abstract: -lestilts are cited of tests for extracting I from
~rillerl waters. A iethod is proposed which includcs
purification of water from ni,.,-)hthen,,A,,,s, oxidation
of I- by means of MaNO 2) adscrption olP 12 by car-
bon obtained by burning snwdust, (1csorotion i7.iid
redtiction by a Na?-S03 solution, c,,traction of I
Card 1/2

t
I ~0 , ; G!;ADINA , C . ; CHIRAIA, Victoria; Cl INI~~A , 1". , -`~,-*~!- '~ , 4" cre ta ;
r 1,11 il 'ESCIT,
,: GNS T ' I ~- ~' I ~ I [) T S
A P Angela; , !SCU, V.; I : . : -
EcitterJ r.a.
(1plithid.ml.c. angiuclyunmIcs In voriditJons of fluorc.,went, J*;Im:,-,ir~,,,tI(,I,.
Stud. -)73.-28C) 16~
cercet. fiziol. 10 no.3:".

lnsfdtut.,-~ of iiNi-ieno tuid u, ~ or i--"r ty o f
(In~;LitutiO- Ce iviena rrotc.,c-'j.,:
T,'. in, Vol ;IT, 11o
(-,,]I Of Cre-,~ol -,nd in
Air.t

CHIOSA, L.; HAULICA, I.; COVASNEANU, Zenobia; ANITESCU, M.; MANOLESCU, A.
Pharmacological properties of an oxime, the chloride of phenacyloxime
pyridinium. Note IV. Action upon the striated muculature, correlation
with cholinesterase, toxicity. Studii cerc fiziol 5 no.2:321-326 160.
(EEAI 10:2)
1. Comitetul de redactie, Studii si cercetari de fiziologie, membru
al Comitetului de redactie, Studii A sercetari de fiziologie (for
Chiosa)
(OXIMES)
(PHENACYLPYRIDINIUM CHLORIDE)
(STRIA LONGITUDINALIS MEDIALIS)
(STRIA LONGITUDINALIS LATERALIS)
(KISCLES) (CHOLINESTERASES)